Graphite film calcining furnace

Abstract

A graphite film calcining furnace comprises a graphite film rack (1), a pressurizing zone (2), a heating zone (3), an air-cooling water jacket (4), a natural cooling zone (5), a front gate (6), a rear gate (7), a discharging platform (8), a conveying belt (9) and a main support (10), the front gate (6) is fixed to one side of the pressurizing zone (2), one end of the heating zone (3) is connected with the pressurizing zone (2), one side of the pressurizing zone (2) is provided with a hydraulic cylinder (2-1), the heating zone (3) is divided into three segments, and each segment is fitted ith a temperature controller (3-1) and a heating coil (3-2). The graphite film calcining furnace is characterized in that the temperature controller (3-1) and the heating coil (3-2) are connected together. The graphite film calcining furnace is simple in structure and convenient to use, and the use of a precise temperature control system ensures temperature controllability in the sintering process of graphite film and improves the yield of products.

Description

technical field [0001] The invention relates to the field of graphite film processing equipment, in particular to a sintering furnace used for graphite film forming. Background technique [0002] Graphite film can be used for cutting operations of various materials, and its application range is extremely wide. A good graphite film also has relatively high requirements for the strength of the graphite film during use. Because the graphite film generates a lot of heat during the heat dissipation process, if the sintering strength is not high, it will easily cause the graphite film to break, which will affect the service life and cause personal injury. At present, most of the graphite film sintering adopts a simple hot blast stove for drying operation, and the general hot blast stove does not use an automatic heating device and monitoring device. The production yield of graphite film, so to improve the yield of graphite film, it is necessary to control the temperature during ...

AI Technical Summary

Problems solved by technology

Because the graphite film generates a lot of heat during the heat dissipation process, if the sintering strength is not high, it will easily cause the graphite film to break, which will affect the service life and cause personal injury

At present, most of the graphite film sintering adopts a simple hot blast stove for drying operation, and the general hot blast stove does not use an automatic heating device and monitoring device. The production yield of graphite film, so to improve the yield of graphite film, it is necessary to control the temperature during the sintering process of graphite film, and at the same time prevent the graphite film from breaking too fast during the temperature reduction process

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